Hybrid VPS / Virtual Dedicated Servers

Hybrid VPS / Virtual Dedicated Servers

XiNiX Offers Reliable Hybrid Virtual Private Servers / Virtual Dedicated Servers, which are Premium & High Performance Virtual Machines with fully Dedicated CPU, Memory and Bandwidth. You will get an extremely Stable and Reliable Service with a company that has been delivering Virtual servers for the past 15 Years !

Our Hybrid Virtual Dedicated Servers or VDS, located in United States are designed with High Performance & data security in mind using only enterprise-class server hardware.

Full Server Root Access

Free OS Reloads

Frequently Asked Questions

Hybrid Servers also known as Virtual Dedicated Servers include 100% dedicated resources. Our hybrid servers include full root access, 1Gbps port. The CPU Cores are fully Dedicated to you and are not shared with any other user.We deploy only a handful ( ONLY 4 to 10 ) of Virtual Servers per node in case of Hybrid/VDS servers.

Regular SSDs use SATA Interface. However, NVMe drives are SSDs that use the PCIe interface instead of the SATA or SAS interfaces. An NVMe VPS server is a virtual private server (VPS) managed on a physical server with an NVMe SSD.

Like traditional SSDs, NVMe (Non-Volatile Memory Express) disks are based on NAND Flash memory. By sitting directly on top of the PCI Express bus, previously used by other devices like graphics cards, NVMe disks are not affected by the bottlenecks of the SATA interface. When compared to traditional HDDs, NVMe drives perform up to 10 times faster.

Most of nodes are hosted at our datacenters and connected to our gigabit ethernet backbone, guaranteeing your access to multiple gigabits of premium Tier-1 bandwidth. We have Upto 40 Gbits of Uplink available.

OpenVZ is an OS-level virtualization technology. This means the host OS is partitioned into compartments/containers with resources assigned to each instance nested within.KVM is a hardware virtualization technology. This means the main OS on the server simulates hardware for another OS to run on top of it. It also acts as a hypervisor, managing and fairly distributing the shared resources like disk and network IO and CPU time.